Manufacturing Processes for Unconventional Drilling

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Rotating the workpiece in the opposite direction of the tool can significantly affect tool wear, material removal rate, and heat dissipation. Tool wear may increase due to opposing motions causing higher friction and stress on the cutting edge. The material removal rate could potentially decrease as the opposing rotation may hinder effective cutting action. Heat dissipation might also be impacted, as the friction generated could lead to higher temperatures, affecting both the tool and the workpiece. Understanding these dynamics is crucial in unconventional drilling processes.
karven
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What would happen if the drilling table (Workpiece mount) is rotated in the opposite side of the tool rotation (Workpiece rotates in CW direction and Tool in ACW direction)., Let me know in scientific terms

Assumption : The the axis of both are coinciding
Tolerance : Highly Minimal
Also tell me what would happen to the
1. Tool Wear
2. Material Removal rate
3. Heat Dissipation
 
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Is this your homework?
 
Cyrus said:
Is this your homework?

You people have always thought of Answerinf Quantity and Not Quality?
This is not my Homework.,,. The answer for your Qn,.,.,
 
karven said:
You people have always thought of Answerinf Quantity and Not Quality?
This is not my Homework.,,. The answer for your Qn,.,.,

That's probably not the attitude to have when looking for help.

This definitely sounds like homework though. However, since you say it's not, you may get the benefit of the doubt. Do you have any thoughts on what the answers might be?

https://www.physicsforums.com/showthread.php?t=5374"

CS
 
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karven said:
You people have always thought of Answerinf Quantity and Not Quality?
This is not my Homework.,,. The answer for your Qn,.,.,
You're just whimsically asking about tool wear and material removal rates? Give me a break. Anyone who has had any kind of manufacturing process class knows this is a homework question.

Post some initial thoughts of your own and you may get some help.
 
Assuming it is a homework question, I'll give you a hint toward thinking about an answer: What manufacturing process(es) would use such motion?
 
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